Onion cleaning, sorting and cutting integrated processing production line

Abstract

The invention relates to an agricultural product processing production line. An onion cleaning, sorting and cutting integrated processing production line is composed of a vibration screen device, a first conveying device, a cleaning device, a second conveying device, a sorting device and cutting devices. The tail end of the vibration screen device is connected to the start end of the first conveying device. The tail end of the first conveying device is connected to the feeding end of the cleaning device. The discharging end of the cleaning device is connected with the start end of the second conveying device. The tail end of the second conveying device is connected to a feeding port of the sorting device. The sorting device comprises a plurality of discharging ends. The multiple cutting devices are arranged below the discharging ends. The production line is simple in structure, scientific, reasonable, small, exquisite and high in cleaning efficiency and cleaning degree. The comprehensive excellent beneficial effects that the sorting vibration screen process is stable, the amplitude is uniform, the screening efficiency is high, and the precision is high are achieved; and the onion cleaning, sorting and cutting integrated processing production line has the beneficial effects that the cutting efficiency and cutting precision are high, and cutting is smooth, and the work efficiency of the production line is improved integrally.

Description

technical field [0001] The invention relates to an agricultural product processing production line, in particular to an integrated processing production line for onion sieve cleaning, transportation, sorting and cutting. Background technique [0002] Onion has a large area of ​​cultivation all over the world. The output of onion in the world is second only to tomato, accounting for about 10% of the total amount of vegetables in the world, and its resources are extremely rich. China is currently the largest onion producer in the world, with an annual output of 18.5 million tons. Our country mainly uses fresh food, and the deep processing of onions is still in its infancy. Relatively rare, with the rising cost of artificial labor and the gradual improvement of people's living standards, the demand for onion deep-processing products will continue to rise, and the onion processing equipment industry will surely usher in huge development opportunities. In the current onion proce...

AI Technical Summary

Problems solved by technology

These pesticides, fertilizers, and germs are easy to attach to the rough surface of mushrooms. If they are not cleaned well, they may cause diarrhea or even pesticide poisoning. The amount of flushing is not enough, resulting in insufficient cleaning and poor cleaning effect;

[0004] In the traditional onion screening work, people often use large-scale sieve trays for screening, so the grades of the sorted onions are not fine enough, and the grading standards are not detailed enough, resulting in large individual differences after grading. If the mesh size of the sieve tray is increased, It will result in a large footprint and numerous processes, which not only consumes time and labor, but also results in low work efficiency and increased labor costs;

[0005] The processing and cutting of onions is generally to cut off the onion head and root, leaving the main body of the onion to obtain onion raw materials. The traditional cutting process is performed manually or by separate equipment, which is time-consuming and labor-intensive, which increases labor costs and is less efficient. Low;

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